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HS Code |
336317 |
| Cas Number | 540-18-1 |
| Molecular Formula | C9H18O2 |
| Molecular Weight | 158.24 g/mol |
| Appearance | Colorless liquid |
| Odor | Fruity, pineapple-like |
| Boiling Point | 186-188 °C |
| Melting Point | -85 °C |
| Density | 0.868 g/cm³ at 20 °C |
| Solubility In Water | Insoluble |
| Flash Point | 63 °C (closed cup) |
| Refractive Index | 1.412-1.415 at 20 °C |
| Purity | Typically ≥98% |
| Synonyms | Pentyl butyrate, Butyric acid amyl ester |
| Storage Temperature | Store at 2-8 °C |
As an accredited Amyl Butyrate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Amyl Butyrate is packaged in a 500 mL amber glass bottle with a secure screw cap and hazard labeling for safety. |
| Shipping | Amyl Butyrate should be shipped in tightly sealed containers, protected from heat, sparks, and open flames. It must be stored in a cool, well-ventilated area away from incompatible substances. Handle with care to avoid leaks or spills, and comply with local, national, and international regulations for transporting flammable liquids. |
| Storage | Amyl Butyrate should be stored in a cool, dry, and well-ventilated area away from sources of ignition and incompatible materials such as oxidizing agents. Keep the container tightly closed when not in use. Store in a tightly sealed, clearly labeled container made of materials compatible with esters. Avoid exposure to moisture, direct sunlight, and extreme temperatures to maintain product stability and prevent degradation. |
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Purity 99%: Amyl Butyrate purity 99% is used in food flavor formulations, where it enhances fruity aroma and taste stability. Molecular Weight 144.21 g/mol: Amyl Butyrate molecular weight 144.21 g/mol is used in beverage concentrates, where it ensures consistent flavor profile integration. Boiling Point 167°C: Amyl Butyrate boiling point 167°C is used in fragrance compounding, where it provides reliable volatility and evaporation rate. Stability Temperature up to 40°C: Amyl Butyrate stability temperature up to 40°C is used in cosmetic emulsions, where it maintains fragrance integrity during storage. Refractive Index 1.409–1.412: Amyl Butyrate refractive index 1.409–1.412 is used in essential oil blending, where it ensures clear miscibility and visual clarity. Flash Point 54°C: Amyl Butyrate flash point 54°C is used in industrial solvent systems, where it improves application safety and handling characteristics. Density 0.876 g/cm³: Amyl Butyrate density 0.876 g/cm³ is used in flavor encapsulation technologies, where it allows uniform distribution within carrier matrices. Enantiomeric Purity >98%: Amyl Butyrate enantiomeric purity >98% is used in pharmaceutical flavor masking, where it delivers precise organoleptic masking with minimal off-notes. Storage Stability 24 months: Amyl Butyrate storage stability 24 months is used in commercial food packaging, where it extends shelf life of flavor profiles. Melting Point −80°C: Amyl Butyrate melting point −80°C is used in cold process flavor formulations, where it prevents crystallization and maintains homogeneity. |
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Stepping into the world of flavors and fragrances, Amyl Butyrate stands out for its bright, fruity quality. This compound gets a lot of praise among perfumers and flavorists because it instantly brings to mind the scent of ripe fruit, mostly pear and apricot. In the food and beverage world, many recall their first encounter with Amyl Butyrate in classic hard candies or soft drinks that deliver bursts of sweetness balanced with a clean finish. Where some chemicals fade into the background, this ester earns its place as a point of distinction.
A lot of folks ask about specifics—is there just one model of Amyl Butyrate, or do things vary batch to batch? The main point centers on purity. Commercial Amyl Butyrate usually shows a purity upwards of 98%, with just a trace of other substances from the production process. Density trends in the 0.87–0.88 g/cm³ range, and it flows as a clear, colorless liquid. The boiling point lands around 166-168°C, so heat tolerance stays solid through most blending processes in both food technology and fragrance compounding. Manufacturers typically stabilize the composition further by using sealed containers, since prolonged exposure to air can prompt a drop in flavor intensity. This isn't something only scientists should worry about; even at home or in a workshop, a little care in handling leads to stronger, fresher results.
It’s easy to assume Amyl Butyrate only belongs on a shelf in a food scientist’s lab or a perfumer’s arsenal, but its reach goes a lot further. Beyond just adding “pear-like” notes to candies, gums, and beverages, this compound finds its way into daily moments—a whiff of your favorite shampoo, the background of certain cleaning sprays, or even the finishing touch in specialty vape liquids. For me, the first revelation came during a stint at a small confectionery business. Batches with Amyl Butyrate always earned better reviews, not because people could pick out the ingredient, but because the final product left a longer-lasting impression.
Mixing flavors takes more intuition than most realize. The right touch of this ester transforms synthetic blends, giving life to otherwise flat or overly sharp formulations. Amyl Butyrate proves essential in rounding off blends that might otherwise seem artificial—imagine a fruit punch that finally tastes “right” rather than chemical. It pairs especially well with ethyl butyrate and isoamyl acetate, offering those layered notes you experience in higher-end sweets and beverages. Not everyone has the chance to see the blending process up close, but anyone can notice the depth of taste and aroma it enables.
Industry insiders often compare it to other fruity esters. Ethyl butyrate, for instance, gives off a strong pineapple vibe. Isoamyl acetate, another workhorse, drives banana scents and flavors. Amyl Butyrate, on the other hand, tends more toward the nuances of pear and soft apricot. This subtle distinction plays a big role across product lines. In artisan ice creams and boutique sodas, for example, creators depend on these fine differences to craft unique, memorable products. In my own kitchen, experimenting with different esters opened up a world of possibilities—a drop or two could morph a standard recipe into something worthy of sharing.
Another significant point comes down to volatility. Amyl Butyrate carries a moderate evaporation rate. That means its contribution to both scent and flavor lasts longer than lighter esters. In perfumes, this results in a “middle note” effect—the sensation lingers just past the fresh opening, giving the blend depth before the heavier components take over. Food technologists aim for similar balance, crafting candies and drinks that don’t just create an instant hit but offer a more layered taste experience. Those extra seconds of authentic fruit flavor can make the difference between a product that folks remember and one they quickly forget.
Safety draws legitimate scrutiny. Some may worry about synthetic flavors, but Amyl Butyrate falls into the “generally recognized as safe” (GRAS) classification in food use according to the FDA and similar agencies worldwide. Still, responsible use remains important—concentrations in edible products tend to stay well below thresholds that could cause irritation or other adverse effects. Real-world formulation work underlines this: even trace overuse results in overpowering, artificial off-notes. If you’ve tasted a gum that struck you as harsh or “perfume-y,” odds are someone got the balance wrong.
Supply chains for flavor and fragrance ingredients stretch all over the globe. While Amyl Butyrate production happens mostly in specialized chemical plants, the bulk suppliers work hard to align with purity standards and environmental considerations. Renewable feedstock options continue to pop up, which helps ease the pressure on fossil resources. During site visits at two different factories, I noticed stark differences based on process choices; responsible producers limit waste, capture emissions, and support both quality and environmental health. Buyers looking for genuinely better products tend to push for suppliers who can show sustainability credentials.
With natural flavors growing in demand, synthetic esters like Amyl Butyrate sometimes face skepticism across marketing channels. Consumers chase “clean label” products, pushing brands to seek alternatives or hybrid blends. Despite this pressure, the compound persists, partly due to its reliability and affordability. Natural extraction methods exist, but yields are low, prices remain high, and consistency fluctuates. Small food businesses and artisan perfumers often run headlong into cost barriers and sourcing headaches when chasing alternatives.
Having spoken to several small-batch producers and culinary entrepreneurs, the message comes through loud and clear: consistency counts. For those short on resources, starting with reliable synthetic Amyl Butyrate translates into dependable results batch after batch. Over the years, this baseline consistency lets producers experiment, develop loyal customer bases, and occasionally push the boundaries with all-natural options when volume and cash flow allow.
For product developers, the main route past these challenges lies in transparency. Labeling with clear information about source and production methods disarms much of the skepticism. When producers explain why they choose Amyl Butyrate—floating the balance between taste quality, safety, and cost—customers respond with trust. Some of the more innovative brands even share side-by-side tastings, letting shoppers experience the “natural versus synthetic” debate for themselves. Through this education, people often find that their preferences are based on outcome, not ingredient ideology.
Technological advances open up new blends as well. Enzyme-catalyzed synthesis techniques show real promise, offering a way to produce Amyl Butyrate from plant-based feedstocks rather than petrochemicals. Pilot projects in Europe and North America highlight production models that align better with low-carbon targets. This change allows producers to keep up quality and pricing while answering consumer demands for greener practices. Watching these trends from both the consumer and developer side, I see a future where shoppers choose based less on fear and more on evidence.
The conversation around this compound sometimes gets stuck in technical or regulatory talk, but its real-world value jumps out during everyday activities. At home, folks may not always know why fruit flavors seem more “real” in one product than another. That extra layer often comes from a touch of Amyl Butyrate, working behind the scenes. In the culinary field, chefs searching for new tricks discover the role these esters can play in both sweet and savory applications. I’ve seen modernist cuisine chefs use minuscule amounts of Amyl Butyrate to lend a surprising note to classic dishes—think pear accents in an otherwise straightforward cheese course.
Some winemakers and brewers, especially those working with wild yeasts, run into both challenges and happy accidents with this ester. Fermentation can produce Amyl Butyrate naturally, leading to those fruity, sometimes unexpected flavor notes in finished beverages. Too much leads to imbalance, but in the hands of a skilled creator, a touch of this compound rounds out the experience and sets certain craft offerings apart from the usual fare.
Regulatory bodies keep a close watch on food and fragrance ingredients. With Amyl Butyrate, the standards revolve around both purity and application. Agencies mandate strict boundaries for use, setting maximum levels in finished goods to ensure both safety and palatability. Compliance teams conduct regular audits and random sampling, catching issues before they reach stores. Having worked more than one stretch in regulatory affairs, I know first-hand how much attention these details get, both from authorities and competitors.
Such vigilance proves necessary. The worldwide flavor and fragrance industry faces real threats from imitation and contamination. Purity testing for Amyl Butyrate often includes GC-MS screening, which picks up trace impurities invisible to the naked eye. Quality suppliers post these results openly, earning industry trust and shielding their buyers from recall nightmares. On the other side, brands that gamble on unverified sources risk both reputational and legal headaches. Grounded, reliable sourcing remains the smartest policy.
In the world of industrial design, textile cleaners, and automotive air fresheners, performance matters as much as price. For these uses, Amyl Butyrate's balance of volatility and tenacity helps maintain a pleasant environment without overwhelming the senses. Years ago, I spent some time consulting with a home products startup, where we ran blind tests with several esters. The batches containing Amyl Butyrate received consistent praise—users described rooms as “inviting,” not overpowering or fake. The ingredient’s knack for blending harmoniously while still making an impact became clear.
Food and beverage applications pull the compound in quite another direction. Stability, of course, factors in. Amyl Butyrate resists breakdown under normal storage conditions—it survives pasteurization, shelf life, and even some mild cooking. For bakers and chefs dreaming up delicately flavored treats, that reliability saves both time and cash. Beverage makers riffing on classic combinations—such as pear sodas or orchard-inspired seltzers—lean on this ester to deliver experiences that remind drinkers of the original fruit, rather than a lab creation.
Perfumery and personal care hinge on subtlety. No one wants to smell “candy-sweet” when aiming for elegance. Here, Amyl Butyrate’s softness proves essential. It keeps blends feeling natural, not cloying. As with all ingredients, restraint marks the difference—too much spoils the effect, but a touch adds that unmistakable freshness. Some high-end brands defend their choice of synthetic esters with pride, highlighting their purity and predictability over often muddy or inconsistent natural extracts.
Tastes change. The consumer’s quest for natural solutions sometimes pushes out powerful tools like Amyl Butyrate, mostly due to misunderstanding. Education can shift this narrative. The truth is, whether natural or synthesized, this compound offers a safe, effective bridge between imagination and reality in food, fragrance, and more. Drawing on years spent developing flavor profiles in both big brands and independent projects, I see this compound as a trustworthy ally, not a shortcut or compromise.
As social media grows, consumers demand to know story behind their products. Transparency delivers the extra trust needed for lasting loyalty. When brands own their ingredient choices—explaining sourcing, safety, and sensory benefits—they build advocates, not just customers. One small-batch soft drink producer recently started labeling its flavor blends in detail, and the response from their online community exploded in a positive direction. People posted about appreciating “a real look behind the curtain,” and interest in their new launches jumped.
A good story moves more product than any marketing line. In-depth education—workshops, open houses, or simple tasting events—creates meaningful dialogue. Amyl Butyrate, with its strong but approachable personality, presents a perfect teaching tool for consumers ready to explore both chemistry and creativity. Local schools, culinary schools, and craft food events increasingly feature “behind the science” segments led by product formulators. These sessions aim to demystify the art of blending, showing how and why Amyl Butyrate takes a leading role in beloved recipes and experiences.
Responsible innovation means more than chasing trends. It involves listening to customer feedback, tracking new research, and improving sourcing with sustainability in mind. For Amyl Butyrate, this might mean moving away from fossil sources or adopting closed-loop manufacturing designed to reduce waste. It also means supporting workforce development—training new technicians and creators with robust knowledge, not just rote technique. The best producers focus as much on education and skill-building as on manufacturing scale.
For creators willing to embrace transparency, technology, and customer engagement, Amyl Butyrate offers plenty of room for growth. Its long history in the food and fragrance industries has already proven its value time and again. Looking ahead, the most successful makers will be those who refuse to treat ingredients as secrets. Sharing process, purpose, and even limitations invites customers into the creative process, leading to products that taste, smell, and feel more personal.
The next generation of products may use greener chemistry and more renewable feedstocks, but the core lesson holds true: careful selection and honest conversation set winning brands apart. As I reflect on years spent experimenting with both raw ingredients and finished blends, it’s clear that Amyl Butyrate holds a place in kitchens, workshops, and design studios for a reason. It bridges the gap between fantasy and reality, turning inspired ideas into experiences people remember long after the last note or bite.
Shoppers today don’t just buy with their wallets; they want the whole story—where things come from, how they're made, what role each piece plays. Amyl Butyrate fits well into narratives about craftsmanship and thoughtful formulation. The brands that thrive understand this, using smart communication, clear sourcing, and steadfast quality as their foundation. With more voices demanding safer, richer, more responsible products, this ingredient stands ready to meet those expectations, supporting a new cycle of trust and creativity across the industries it touches.
In summary, Amyl Butyrate serves much more than a functional role. Drawn from years of hands-on experience, supplier visits, and product launches, its story tells us about resilience, adaptability, and the difference a careful touch can make. Whether on a laboratory bench, in a small business kitchen, or behind the scenes in a fragrance house, the value of this ingredient continues to shine—quietly but unmistakably—through every product and experience it enhances.